Why sodium-ion batteries will be applied to power storage on a large scale?

Sodium-ion batteries will be widely used in the field of power storage. We are familiar with the use of lithium batteries. If the use of sodium-ion batteries is implemented, what impact will it bring? Current new cars, users have the biggest complaints about charging difficulties and short cruising range , If you switch to sodium-ion battery drive, will the situation be significantly improved? The answer is yes. Currently, the sodium ion battery demonstration project has been implemented in Shanghai Super Carbon Center. After the construction of this demonstration project, sodium-ion batteries will be more and more conducive to the large-scale application of sodium-ion batteries in the field of energy storage, and combined with smart grids to serve the public. In the next 3-5 years, the industrialization of sodium ions can achieve a big plan, and the future direction of the entire energy storage is quite good. New forms of energy storage combined with power grids Recently, a new low-cost sodium-ion battery industrialization project developed by researchers from the School of Environmental and Chemical Engineering of Shanghai University entered the market as the latest achievement of Shanghai’s independent and original intellectual property rights. It is estimated that the economic benefits of industrial clusters will exceed 1 trillion yuan. Sodium-ion batteries will be widely used in the electric energy storage project. Professor Wu Minghong, the leader of the project, is an academician of the Russian Academy of Natural Sciences and the Russian Academy of Engineering. There are different types of batteries on the market, she said. Although the most commonly used lead-acid batteries have low cost and mature technology, they have short lifespan, are not environmentally friendly, protected, and have high recycling costs. Similarly, lithium batteries have high cost and poor safety performance, and the manufacturing cost of all vanadium flow batteries is also high, and there are safety risks; there are high-temperature sodium-sulfur batteries, which not only have poor safety, but also have low energy density. By analyzing competing products on the market, we position the newly developed sodium ion battery as low-cost, safe and environmentally friendly. According to Wu Minghong's analysis, electricity is the ultimate and most efficient way to use clean energy. my country's electricity consumption reached 21% at the end of the year. With the rapid development of electric vehicles, electricity consumption will increase sharply, and will be concentrated in certain areas of the existing urban power grid. On the other hand, the existing urban grid space is insufficient and difficult to rebuild and upgrade. Therefore, there will be power shortages in areas where electric vehicles are charged. The development of microgrid energy storage with sodium ion energy storage as the core. It is based on distributed photovoltaic energy, combined with comprehensive capabilities, such as electric heating services, to make incremental distribution network demonstration bases, and aims to study the combination of energy storage usage scenarios and talents. Energy storage and power grids, gradually stock networks, form a new form of power use, power network solutions, and advance the power revolution. Including postdoctoral fellows, doctors, and a group of experts from material research and development, energy storage battery research and development, and other categories, the vision of the new capital low sodium ion battery industrialization project team is different, it is difficult to use and interconnect, and the second is the hard skill base and industrial base. The third is the capital of new energy and renewable energy industry. New industries focus on the development of a low-carbon economy. The use of energy storage microgrids can form a'reservoir', adjust the balance between the power generation side and the power supply side, break the temporal and spatial barriers that the existing grid must maintain balance in real time, and ultimately achieve power interconnection. Professor Tang of the School of Environmental and Chemical Engineering said that the large-scale energy storage capacity is a key skill for the development of new energy and renewable energy. It is closely related to and supports the upstream and downstream industries. Its smooth implementation will promote the new energy storage industry and electronic information. , Intelligent systems, high-end industrial energy conservation, rapid development of industrial economy based on raw data and dynamic services. In addition, accelerating the development of energy storage technology is conducive to the development of new energy and renewable energy power industries. It is of great significance for cities to adjust development forms, develop low-carbon economy, cultivate new economic growth points, and explore economic development space. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: What is the nature of the average voltage of lithium batteries?